Sake protein supplementation affects exercise performance and biochemical profiles in power-exercise-trained mice

Agriculture & Biology

• sake 100%
• protein supplements 86%
• exercise 67%
• mice 41%
• education programs 16%
• strength training 13%
• creatine kinase 10%
• uric acid 10%
• alanine transaminase 10%
• body composition 9%
• aspartate transaminase 9%
• ergogenic aids 8%
• lactates 8%
• sports nutrition 8%
• ammonia 8%
• athletic performance 7%
• glucokinase 6%
• proteins 6%
• branched chain amino acids 5%
• forelimbs 5%
• sports 5%
• creatinine 4%
• animal models 4%
• protocols 3%
• markets 3%
• lipids 2%
• methodology 1%

Medicine & Life Sciences

• Exercise 46%
• Swimming 28%
• ammonia kinase 27%
• Proteins 26%
• Fatigue 16%
• Resistance Training 14%
• Creatine Kinase 13%
• Hand Strength 13%
• Uric Acid 13%
• Aspartate Aminotransferases 13%
• Body Composition 12%
• Alanine Transaminase 12%
• Education 12%
• Lactic Acid 11%
• Sports 11%
• Serum 8%
• Branched Chain Amino Acids 8%
• Athletic Performance 8%
• Inbred ICR Mouse 8%
• Forelimb 7%
• Adipose Tissue 5%
• Creatinine 5%
• Weights and Measures 4%
• Glucose 4%
• Therapeutics 1%